Medium Wire Drawing Machine With Annealer

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Medium Wire Drawing Machine With Annealer Specification

Production Capacity
1-3 Ton/Day

Inlet Diameter
1.6 mm - 3.0 mm

Power
75 kW

Function
Continuous Wire Drawing and Annealing

Drawing Material
Copper, Aluminum

Application
Wire Manufacturing, Electrical Industry

Max De-coiler Weight
1000 kg

Wire Material
Copper / Aluminum

Production Speed
600-1000 m/min

Manufacturing Year
2024

Voltage
380 V / 50 Hz

Drawing Passage
9-11 Die Sequence

Product Type
Medium Wire Drawing Machine With Annealer

Condition
New

About Medium Wire Drawing Machine With Annealer

Technical Parameters

MODEL	17DHT	24DHT	SMD205T	SMD206T
Power control	Dual-inverter	Dual-inverter	Dual-inverter	Dual-inverter
Wire Inlet Dia	0.75-1.6mm	0.5-1.2mm	0.95-1.65mm	0.95-1.65mm
Wire Finished Dia	0.2-0.5mm	0.1-0.32mm	0.15-0.4mm	0.15-0.4mm
Max Wire Speed	2000M/min	2000M/min	2000M/min	2000M/min
Max No. Of Dies	17(18)	24	24	26
Transmission Type	Advanced Flat Belt Drive	Advanced Flat Belt Drive	Advanced Flat Belt Drive	Advanced Flat Belt Drive
Mechanical Elongation	15%+8.7%	13%+8.7%	15%+13%	15%+15%
Capstan	Ceramic Plasma	Ceramic Plasma	Ceramic Plasma	Ceramic Plasma
Construction Of The Machine Body	Steel plated welded, vertical four shafts.	Steel plated welded, vertical four shafts.	Steel plated welded, vertical four shafts.	Steel plated welded, vertical four shafts.
Fix Speed Capston Dia	206mm	206mm	206mm	206mm
Capston Dia(Max)	242mm	242mm	242mm	242mm
Spool Bobbin Size	300x215x270mm	300x215x270mm	300x215x270mm	300x215x270mm
Bobbin Loading & Unloading Type	Expansion Shaft or Single cone	Expansion Shaft or Single cone	Expansion Shaft or Single cone	Expansion Shaft or Single cone
Max Loading Capacity	50Kg	50Kg	50Kg	50Kg
Traversing Unit	Synchronous motor and Flat Belt	Synchronous motor and Flat Belt	Synchronous motor and Flat Belt	Synchronous motor and Flat Belt
Main Motor	15Kw	11Kw	15Kw	18Kw
Spooler Motor	4Kw	4Kw	4Kw	4Kw
Correction System	Automatic Digital Control of Take-up	Automatic Digital Control of Take-up	Automatic Digital Control of Take-up	Automatic Digital Control of Take-up
Tension Control	Weight Type Tension Pulley	Weight Type Tension Pulley	Weight Type Tension Pulley	Weight Type Tension Pulley
Lubrication Type	Spray Type	Spray type	Spray type	Spray type
Brake	Magnetic Brake	Magnetic Brake	Magnetic Brake	Magnetic Brake
Lubrication Type For Bearing	Without Oil	Without Oil	Without Oil	Without Oil
Annealing control	3Pole DC current output	3Pole DC current output	3Pole DC current output	3Pole DC current output
Annealing Capacity	0Kva	21Kva	30Kva	30Kva
Annealing Voltage	0-57V	0-57V	0-57V	0-57V
Annealing Current	400A	300A	400A	400A
Connect Load	19Kw+30kva	15Kw+30kva	19Kw+30kva	19Kw+30kva
Power Source	415V/50Hz	415V/50Hz	415V/50Hz	415V/50Hz
Lubricant Capacity	>50L/Min	>50L/Min	>50L/Min	>50L/Min
Steam Consumtion	6-9Kg/h 0.2-0.3Mpa(6kw)	6-9Kg/h 0.2-0.3Mpa(6kw)	6-9Kg/h 0.2-0.3Mpa(6kw)	6-9Kg/h 0.2-0.3Mpa(6kw)
Air consumption	15-25M3/h 0.4-0.6Mpa	15-25M3/h 0.4-0.6Mpa	15-25M3/h 0.4-0.6Mpa	15-25M3/h 0.4-0.6Mpa
Gross Weight	3000kg	3000kg	3000kg	3000kg

Advanced Automation for Superior Output

Equipped with a PLC automatic control system, this wire drawing machine guarantees accuracy and reduces manual intervention. Its intuitive operation streamlines the production process, improves reliability, and decreases downtime, making it a preferred choice for professional manufacturers seeking higher efficiency and productivity.

Integrated Annealing for Enhanced Wire Quality

The inline electric annealer continually softens drawn wire, ensuring optimal mechanical properties and surface finish. This integration eliminates the need for separate annealing processes, resulting in smoother, more durable wires suitable for demanding electrical applications.

Safety, Efficiency, and Low Maintenance

Featuring emergency stop, overload protection, and automatic oil lubrication, the machine prioritizes operator safety and ensures consistent machine health. Its energy-efficient AC motor with inverter and water-cooling system support sustained, noise-controlled operation, minimizing maintenance and maximizing uptime.

FAQs of Medium Wire Drawing Machine With Annealer:

Q: How does the PLC automatic control system improve wire drawing operations?

A: The PLC automatic control system streamlines the entire wire drawing and annealing process by automating key functions, ensuring precise operation, reducing human error, and enabling easier troubleshooting and monitoring for consistent quality and productivity.

Q: What materials can be processed in this wire drawing machine with annealer?

A: This machine is designed to handle both copper and aluminum wires, making it versatile for a wide range of applications, especially in the electrical and wire manufacturing industries.

Q: When is inline electric annealing necessary in the wire drawing process?

A: Inline electric annealing is crucial when the drawn wire needs improved ductility and conductivity, typically immediately after wire drawing. This process ensures the wire meets the required mechanical and electrical standards for its intended applications.

Q: Where is this wire drawing machine commonly installed and used?

A: Primarily, the machine is installed in manufacturing facilities, wire factories, and electrical industry plants, particularly where high-volume and high-quality wire production is required.

Q: What is the typical process flow for using this machine?

A: The process starts with loading raw copper or aluminum onto the de-coiler, drawing it through a sequence of dies, passing it through the inline electric annealer for softening, followed by water cooling, lubricating, and finally winding onto single or double bobbin take-ups.

Q: How does the automatic oil lubrication system benefit the machine and product quality?

A: The automatic lubrication system reduces friction and wear on moving parts, ensuring smooth operation, extending machine life, and maintaining consistent wire quality by preventing contamination of the drawn surface.

Q: What advantages does the machine offer in terms of operational efficiency and safety?

A: The combination of advanced control systems, safety features like emergency stop and overload protection, efficient cooling, and low noise output helps maintain a safe workplace while optimizing production speed and minimizing downtime.

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